Modernised Spare Parts Warehouse - a Logical Step Towards Future Plans
How to ensure that an existing warehouse space can store more goods than before? How to become more modern and efficient? How to make the best use of the warehouse space up to the ceiling? In the search for solutions, the SSI LOGIMAT® vertical lift module was the logical answer, implemented by Baltic Agro Machinery in Latvia.
Considerations regarding the expansion of the warehouse
Baltic Agro Machinery (BA Machinery) has been operating in Latvia for more than twenty years and is engaged in the sale and after-sales services of agricultural, forestry, construction, and road-building machinery. There are around 15,000 various items of goods stored in the existing warehouse to ensure everyday services and adequate supply to the service centres. They are located in two buildings, covering a total area of 2,000 m2. The company faced challenges on its path of implementing plans, as it was clear that the existing warehouse capacity would not be able to provide the required goods storage density; besides, it is necessary to accelerate the product selection processes, while at the same time eliminating the number of potential selection errors. Finally, the aim was also to become more modern in terms of integrating processes with the existing goods inventory and accounting system. The question was: how to solve it?
Solution concept
During project development, it was decided to install two SSI LOGIMAT vertical lift modules, taking full advantage of the permissible ceiling clearance. The height of both units is 7.5 m and each of them occupies 14 m2 of floor space. By comparison, if this volume were to be converted into static shelving, the floor area would increase by around seven times. Baltic Agro has successfully implemented a well-developed storage strategy. This allows the daily product selection processes to be completed efficiently and with appropriate quality. What makes the new project of BA Machinery special is that it introduces WAMAS Lift & Store– a control system module designed specifically for controlling the vertical lift module unit.